The National Instruments NB4 Ribbon Cable, a shielded 50-conductor cable available in 0.5-meter and 1.0-meter lengths, complies with Class A FCC Emission Limits and is designed for connectivity between data acquisition boards like


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Description

The National Instruments NB4 Ribbon Cable is a high-quality, FCC Class A compliant Shielded Ribbon Cable that ensures reliable data transmission and secure connections. Available in two lengths, the standard 1.0-meter part number 180554-10 and the shorter 0.5-meter part number 180554-05, it provides versatility for various installation requirements. This 50-conductor cable is designed to be compatible with a range of data boards, including the MC-DIO-32F, AT-DIO-32F, and NB-DIO-32F, among others.

Integral to its functionality, the NB4 cable plays a crucial role in the connectivity ecosystem of National Instruments hardware, enabling the connection between a data acquisition board and an adapter board, which then interfaces with an SCXI module. This connectivity is often achieved using the associated SCXI-1348 cable assembly, which is tailored for seamless integration with the aforementioned components. The emphasis on shielding and emission compliance highlights the cable’s suitability for environments where signal integrity and regulatory adherence are paramount.

Specification Detail
Product National Instruments NB4 Ribbon Cable
Part Number 180554-10 (1.0-meter length), 180554-05 (0.5-meter length)
FCC Emission Limits Class A
Type Shielded Ribbon Cable
Conductors 50-conductor
Compatible Data Boards MC-DIO-32F, AT-DIO-32F, NB-DIO-32F, etc.
Associated Cable Assembly SCXI-1348
Function Connects data acquisition board to an adapter board for SCXI module connectivity

Q1: What are the two available lengths of the National Instruments NB4 Ribbon Cable, and with which data boards and SCXI module is it designed to interface?
A1: The National Instruments NB4 Ribbon Cable is designed to be compatible with the MC-DIO-32F, AT-DIO-32F, and NB-DIO-32F data boards.

Q2: What is the purpose of the National Instruments NB4 Ribbon Cable in connecting a data acquisition board to an adapter board, and how does it ensure regulatory compliance and signal integrity in these environments?
A2: The National Instruments NB4 Ribbon Cable is intended for use in environments where maintaining signal integrity is critical and compliance with FCC Class A regulations is required, such as professional data acquisition and measurement setups, where it connects data boards to adapter boards and interfaces with SCXI modules.

Q3: What types of data boards is the National Instruments NB4 Ribbon Cable designed to be compatible with, and what role does it play in the connectivity ecosystem of National Instruments hardware?
A3: The National Instruments NB4 Ribbon Cable serves as a critical link in the connectivity chain by connecting a data acquisition board to an adapter board, which then interfaces with SCXI modules, ensuring regulatory compliance through its FCC Class A certification and maintaining signal integrity with its shielded design, making it suitable for environments where these factors are crucial.

Q4: What are the intended applications for the National Instruments NB4 Ribbon Cable given its emphasis on shielding and FCC Class A compliance for signal integrity and regulatory adherence?
A4: The National Instruments NB4 Ribbon Cable is designed to be compatible with data boards such as the MC-DIO-32F, AT-DIO-32F, and NB-DIO-32F, and it serves as a critical link in the connectivity ecosystem of National Instruments hardware by facilitating the connection between a data acquisition board and an adapter board, which then interfaces with an SCXI module.

Q5: What are the specific National Instruments data boards that the NB4 Ribbon Cable is designed to be compatible with?
A5: The National Instruments NB4 Ribbon Cable is available in lengths of 1.0 meter (part number 180554-10) and 0.5 meter (part number 180554-05), and it is designed to interface with data boards including the MC-DIO-32F, AT-DIO-32F, and NB-DIO-32F, as well as with the SCXI module using the associated SCXI-1348 cable assembly.